** An easy Software Interface to guide the user through program creation ** Intuitive and easy to use ** 5x7 full color touch panel display ** Inviting to look at ** Most options are preset and allow toggling between options ** Testing capability through preview screen
Functionality testing involves developing test cases to test new code based on software function specifications, marketing requirements, and developer code. Test cases are the foundation of quality assurance and should cover equivalence classes, boundary values, decision tables, state transitions, and all pairs to ensure thorough coverage. Quality functionality testing requires understanding the purpose of new features, communicating with developers, thoroughly designing test cases, carefully executing tests, and reviewing results.
Get the Balance Right: Acceptance Test Driven Development, GUI Automation and...Michael Larsen
The document discusses different testing approaches including Acceptance Test Driven Development (ATDD), Test Driven Development (TDD), GUI automation, and exploratory testing. It explains that ATDD and TDD are design processes that help ensure software meets project needs, while testing involves asking questions of a product. GUI automation can simulate user actions but is fragile. Exploratory testing involves testing design and execution together in a flexible way. The document argues that these approaches work best in balance and that exploration is important at all levels, including with automation. It emphasizes putting the customer first and seeing the approaches as interdependent parts of an overall quality process.
HY8 is a Windows program that allows users to design and analyze culverts and roadway overtopping. It can generate hydrographs, design energy dissipators, and analyze culvert performance. The document provides an example of using HY8 to analyze a circular culvert with a diameter of 4 feet. It demonstrates how to input site data, run an analysis, view output like the rating curve and water surface profiles, and save and export a project report. Optional steps show how to define the culvert stationing for a front view and edit the exported HY8 report.
Lateral flow assays are the most robust, mature immuno sensor available today. Performance in some applications has historically been limited by difficulties in multiplexing and quantification. Novel approaches have been developed and commercialized in recent years that allow for the development and manufacturing of highly multiplexed arrays in lateral flow assays. The patented Symbolics (tm) approach is one such methodology. Symboics (tm) allows for the creation of arrays in lateral flow fields that develop evenly, allowing in turn for the creation of highly complex features such as letters and symbols and also allows for creation of multiplex assays with advanced features such as internal controls. This presentation introduces the principles of multiplexed arraying and the Symbolics technology
This document provides an overview of the operation and user interface of the BACTEC FX40 System. It describes the following:
- The user interface includes a touchscreen tablet, barcode scanner, and LED status lights on each station. The tablet allows the user to navigate screens and workflows.
- Key workflows covered include vial entry, positive result removal, and resolving orphaned vials. Vials are placed in stations with illuminated green lights and statuses are tracked via station LED colors and software screens.
- The system allows for configuration of parameters, maintenance tasks, and generation of reports from test results via the tablet interface. It can integrate with a laboratory information system for sending and receiving patient data.
The document provides instructions for creating runs, defining protocols and graphs, viewing results, and performing background subtraction and quantification on the Smart Cycler system. It also discusses user administration, analysis settings, export options, melt analysis, and troubleshooting.
Functionality testing involves developing test cases to test new code based on software function specifications, marketing requirements, and developer code. Test cases are the foundation of quality assurance and should cover equivalence classes, boundary values, decision tables, state transitions, and all pairs to ensure thorough coverage. Quality functionality testing requires understanding the purpose of new features, communicating with developers, thoroughly designing test cases, carefully executing tests, and reviewing results.
Get the Balance Right: Acceptance Test Driven Development, GUI Automation and...Michael Larsen
The document discusses different testing approaches including Acceptance Test Driven Development (ATDD), Test Driven Development (TDD), GUI automation, and exploratory testing. It explains that ATDD and TDD are design processes that help ensure software meets project needs, while testing involves asking questions of a product. GUI automation can simulate user actions but is fragile. Exploratory testing involves testing design and execution together in a flexible way. The document argues that these approaches work best in balance and that exploration is important at all levels, including with automation. It emphasizes putting the customer first and seeing the approaches as interdependent parts of an overall quality process.
HY8 is a Windows program that allows users to design and analyze culverts and roadway overtopping. It can generate hydrographs, design energy dissipators, and analyze culvert performance. The document provides an example of using HY8 to analyze a circular culvert with a diameter of 4 feet. It demonstrates how to input site data, run an analysis, view output like the rating curve and water surface profiles, and save and export a project report. Optional steps show how to define the culvert stationing for a front view and edit the exported HY8 report.
Lateral flow assays are the most robust, mature immuno sensor available today. Performance in some applications has historically been limited by difficulties in multiplexing and quantification. Novel approaches have been developed and commercialized in recent years that allow for the development and manufacturing of highly multiplexed arrays in lateral flow assays. The patented Symbolics (tm) approach is one such methodology. Symboics (tm) allows for the creation of arrays in lateral flow fields that develop evenly, allowing in turn for the creation of highly complex features such as letters and symbols and also allows for creation of multiplex assays with advanced features such as internal controls. This presentation introduces the principles of multiplexed arraying and the Symbolics technology
This document provides an overview of the operation and user interface of the BACTEC FX40 System. It describes the following:
- The user interface includes a touchscreen tablet, barcode scanner, and LED status lights on each station. The tablet allows the user to navigate screens and workflows.
- Key workflows covered include vial entry, positive result removal, and resolving orphaned vials. Vials are placed in stations with illuminated green lights and statuses are tracked via station LED colors and software screens.
- The system allows for configuration of parameters, maintenance tasks, and generation of reports from test results via the tablet interface. It can integrate with a laboratory information system for sending and receiving patient data.
The document provides instructions for creating runs, defining protocols and graphs, viewing results, and performing background subtraction and quantification on the Smart Cycler system. It also discusses user administration, analysis settings, export options, melt analysis, and troubleshooting.
New WAVE (Water Application Value Engine) modeling software from Dow integrates three leading technologies ultrafiltration, reverse osmosis and ion exchange into one comprehensive tool.
Its robust range of features and powerful calculation engine let you model more efficiently and accurately, designing better performing multi-technology systems, faster.
Technologies under one common and user friendly interface Improved and consistent algorithms
Harmonized data for all products and processes
Powerful improvements for modeling efficiency. WAVE upgrades the best features of the Dow
ROSA, UFLOW, IXCALC and CADIX
programs, while bringing key technologies together in one common, user-friendly, time saving interface.
The document describes the Hach Biotector B3500c TOC analyzer. It has patented two-stage advanced oxidation technology that provides maximum reliability and uptime of 99.8% in condensate applications. It requires only biannual calibration and reagent replenishment every six months, resulting in the lowest operating costs. The compact footprint saves on wall space while still allowing dual stream monitoring.
Filter designandanalysisusingmicrowaveofficeEmad S. Ahmed
This document provides supplementary information for a module that introduces RF/microwave filter design using the CAD tool Microwave Office (MWO). It describes the specific steps shown in setting up a low-pass filter project in MWO and provides instructions for a band-pass filter design project. It also includes step-by-step instructions for obtaining a student version of MWO.
This document describes the development of a water pollution detector using LabVIEW. The system consists of a data acquisition unit connected to a pH sensor. The data acquisition unit collects pH readings from the sensor and displays them on the LabVIEW front panel graphical user interface. An alarm is triggered if the pH reading exceeds a threshold value. The acquired data is saved to a text file for review. The system was designed, implemented and tested to detect unwanted water pollution by monitoring pH levels.
The ChemLogic 8 Point Continuous Monitor provides detection of low-level toxic and corrosive gases using proven ChemLogic technology. It is the next generation of interference-free, low-maintenance gas detection with an 8-point monitoring system. The monitor has multiple outputs, optional additional inputs, and customizable software. It offers lower upfront and ongoing costs compared to other gas detection systems.
Liquiline system ca80 no endress+hauser datasheet-colorimetric analyzer for n...ENVIMART
Liquiline system ca80 no endress+hauser datasheet-colorimetric analyzer for nitrite - Endress+Hauser - Envimart JSC - www.envimart.vn - ĐT: 028 77727979 - sales@envimart.vn - Nền tảng cung cấp thiết bị, vật tư ngành nước và môi trường.
This powerpoint presents an undergraduate thesis on "Design and Construction of a Smart Public Sanitation System".
Author: Jimmy Majumder* et al.
ABSTRACT:
A sanitation technology is ‘smart’ when adapted to local conditions and changing environment. This paper describes the smart health safety public sanitation system to create human behavior by using flash. The system has been constructed based on Artificial Intelligence using the microcontroller series Arduino UNO. Push buttons has been used to operate servo mechanism for door lock operation to lock and unlock the door according to the user interface. This project has been designed with experimental methodology to fulfill the vision of sustainable world from third world countries. A smart dustbin has been used in the system. The dustbin is developed using ultrasonic sensor technology to operate the servomotor. To abate the electricity cost, automatic day light controlled sensor technology is also used. To make the system user friendly an emergency button has been also used for emergency exit. Moreover a water level indicator has been set up to measure the water level inside the flush tank and an alarming system has been also built to monitor the total process of this system. This is a revolutionary invent to ensure the health safety in public sanitation.
Keywords: AI, Sanitation, Health safety, Dustbin, Day-night light, Monitoring.
This document provides instructions for operating a Shimadzu HPLC instrument and software. It details the instrument specifications, operation of components like the detector, pump, and column oven. It also describes how to set up the software, perform a system check, set method parameters, monitor the analysis, and integrate peaks from a chromatogram. The goal is to demonstrate basic HPLC operation and perform a single sample analysis.
The document describes the BioFlo 310 benchtop fermentor system. It can control up to 32 parameters each for 1-4 fermentors simultaneously (128 total). The system includes a compact control station with a 15" touchscreen and built-in pumps. Glass vessels are available in sizes from 1.6L to 14L. The system offers advanced control capabilities, customization options, and is suitable for research through production applications.
This tutorial provides instructions for a very basic irrigation design in IRRICAD including:
- Entering zone and mainline items and drawing a simple system
- Turning valves on to indicate which zones will operate simultaneously
- Sizing pipes based on required pressures
- Reading reports to review the design
The goal is to illustrate fundamental concepts that can be applied to more complex designs, such as distinguishing between zone and mainline items and setting the operating scheme before pipe sizing.
The document discusses the key technology requirements for HVAC system design in facilities, including area classifications, air handling systems, building management systems, and validation of HVAC systems. It covers components of air handling units and ducting, different types of filters and their testing, and describes validation tests for filter integrity, air changes, airflow patterns, and particle counts that should be performed on HVAC systems.
Info plc net_dcs800_controlbuilder_basic_exercisesMahmoud Hassan
This document provides instructions for programming ABB DC drives using ControlBuilder DCS800 software. It covers installing the software, creating a basic project to read and write digital inputs and outputs, and uploading/downloading the program to the drive's memory card. The document contains step-by-step explanations and screenshots to guide users through programming their first application to control a digital input and output on an ABB DC drive. Advanced examples are also provided for reading and writing analog signals.
This document discusses the benefits of in-process particle size monitoring in cement production. It outlines how previous laboratory techniques were limited, but laser diffraction provides more information. Challenges include integrating the technology for real-time process control. The document introduces a new sampling probe that removes human error and moving parts. It dilutes the cement flow for compatible in-line analysis. Case studies show the technology maximizes throughput, consistency, and minimizes costs. Installation returns investment within weeks by enabling closed-loop process control.
Integrated Design Project is a new course offered for engineering student in IIUM. It is compulsory for all. As a first batch, we must be struggled with no previous references. Just shared
This poster focuses on three single-use technologies suited for use in antibody drug conjugate production and shows examples of performance data for the following:
• Mixers
• Chromatography
• Tangential Flow Filtration
To learn more about this topic or collaborate with our technical experts, schedule an in-person or remote visit at our M Lab™ Collaboration Centers: www.emdmillipore.com/mlab
The document discusses Merck's Mobius single-use product line for bioprocessing applications. It summarizes the performance of their single-use mixers, chromatography systems, and tangential flow filtration systems. The mixers provide customizable bags and vessels for gentle or high-performance mixing. The chromatography and TFF systems use pre-designed assemblies to simplify implementation and feature low minimum working volumes and high recovery yields. Common elements like recipe templates and sensor designs are used to enhance modularity.
This document provides an overview of how to install AutoCount Accounting software. It outlines the system requirements and covers both standalone and network installations. For standalone installation, it provides step-by-step instructions on running the setup wizard and completing the installation process. For network installation, it describes installing the database server, client programs, and running the client installation. It also provides guidance on starting the application for the first time and managing account books.
OSTU - CurrPorts QuickStart (by Tony Fortunato & Peter Ciuffreda)Denny K
Tony Fortunato is a Senior Network Specialist with experience in design, implementation, and troubleshooting of LAN/WAN/Wireless networks, desktops and servers since 1989. His background in financial networks includes design and implementation of trading floor networks. Tony has taught at local high schools, Colleges/Universities, Networld/Interop and many onsite private classroom settings to thousands of analysts.
www.envimart.vn - ĐT: 028 77727979 - sales@envimart.vn - Nền tảng cung cấp thiết bị, vật tư ngành nước và môi trường. Chuyên cung cấp vật tư cho dự án xử lý nước sạch, nước thải và môi trường. Envimart luôn đồng hành, tin cậy với đối tác nhà thầu, nhà tích hợp và người sử dụng.
New WAVE (Water Application Value Engine) modeling software from Dow integrates three leading technologies ultrafiltration, reverse osmosis and ion exchange into one comprehensive tool.
Its robust range of features and powerful calculation engine let you model more efficiently and accurately, designing better performing multi-technology systems, faster.
Technologies under one common and user friendly interface Improved and consistent algorithms
Harmonized data for all products and processes
Powerful improvements for modeling efficiency. WAVE upgrades the best features of the Dow
ROSA, UFLOW, IXCALC and CADIX
programs, while bringing key technologies together in one common, user-friendly, time saving interface.
The document describes the Hach Biotector B3500c TOC analyzer. It has patented two-stage advanced oxidation technology that provides maximum reliability and uptime of 99.8% in condensate applications. It requires only biannual calibration and reagent replenishment every six months, resulting in the lowest operating costs. The compact footprint saves on wall space while still allowing dual stream monitoring.
Filter designandanalysisusingmicrowaveofficeEmad S. Ahmed
This document provides supplementary information for a module that introduces RF/microwave filter design using the CAD tool Microwave Office (MWO). It describes the specific steps shown in setting up a low-pass filter project in MWO and provides instructions for a band-pass filter design project. It also includes step-by-step instructions for obtaining a student version of MWO.
This document describes the development of a water pollution detector using LabVIEW. The system consists of a data acquisition unit connected to a pH sensor. The data acquisition unit collects pH readings from the sensor and displays them on the LabVIEW front panel graphical user interface. An alarm is triggered if the pH reading exceeds a threshold value. The acquired data is saved to a text file for review. The system was designed, implemented and tested to detect unwanted water pollution by monitoring pH levels.
The ChemLogic 8 Point Continuous Monitor provides detection of low-level toxic and corrosive gases using proven ChemLogic technology. It is the next generation of interference-free, low-maintenance gas detection with an 8-point monitoring system. The monitor has multiple outputs, optional additional inputs, and customizable software. It offers lower upfront and ongoing costs compared to other gas detection systems.
Liquiline system ca80 no endress+hauser datasheet-colorimetric analyzer for n...ENVIMART
Liquiline system ca80 no endress+hauser datasheet-colorimetric analyzer for nitrite - Endress+Hauser - Envimart JSC - www.envimart.vn - ĐT: 028 77727979 - sales@envimart.vn - Nền tảng cung cấp thiết bị, vật tư ngành nước và môi trường.
This powerpoint presents an undergraduate thesis on "Design and Construction of a Smart Public Sanitation System".
Author: Jimmy Majumder* et al.
ABSTRACT:
A sanitation technology is ‘smart’ when adapted to local conditions and changing environment. This paper describes the smart health safety public sanitation system to create human behavior by using flash. The system has been constructed based on Artificial Intelligence using the microcontroller series Arduino UNO. Push buttons has been used to operate servo mechanism for door lock operation to lock and unlock the door according to the user interface. This project has been designed with experimental methodology to fulfill the vision of sustainable world from third world countries. A smart dustbin has been used in the system. The dustbin is developed using ultrasonic sensor technology to operate the servomotor. To abate the electricity cost, automatic day light controlled sensor technology is also used. To make the system user friendly an emergency button has been also used for emergency exit. Moreover a water level indicator has been set up to measure the water level inside the flush tank and an alarming system has been also built to monitor the total process of this system. This is a revolutionary invent to ensure the health safety in public sanitation.
Keywords: AI, Sanitation, Health safety, Dustbin, Day-night light, Monitoring.
This document provides instructions for operating a Shimadzu HPLC instrument and software. It details the instrument specifications, operation of components like the detector, pump, and column oven. It also describes how to set up the software, perform a system check, set method parameters, monitor the analysis, and integrate peaks from a chromatogram. The goal is to demonstrate basic HPLC operation and perform a single sample analysis.
The document describes the BioFlo 310 benchtop fermentor system. It can control up to 32 parameters each for 1-4 fermentors simultaneously (128 total). The system includes a compact control station with a 15" touchscreen and built-in pumps. Glass vessels are available in sizes from 1.6L to 14L. The system offers advanced control capabilities, customization options, and is suitable for research through production applications.
This tutorial provides instructions for a very basic irrigation design in IRRICAD including:
- Entering zone and mainline items and drawing a simple system
- Turning valves on to indicate which zones will operate simultaneously
- Sizing pipes based on required pressures
- Reading reports to review the design
The goal is to illustrate fundamental concepts that can be applied to more complex designs, such as distinguishing between zone and mainline items and setting the operating scheme before pipe sizing.
The document discusses the key technology requirements for HVAC system design in facilities, including area classifications, air handling systems, building management systems, and validation of HVAC systems. It covers components of air handling units and ducting, different types of filters and their testing, and describes validation tests for filter integrity, air changes, airflow patterns, and particle counts that should be performed on HVAC systems.
Info plc net_dcs800_controlbuilder_basic_exercisesMahmoud Hassan
This document provides instructions for programming ABB DC drives using ControlBuilder DCS800 software. It covers installing the software, creating a basic project to read and write digital inputs and outputs, and uploading/downloading the program to the drive's memory card. The document contains step-by-step explanations and screenshots to guide users through programming their first application to control a digital input and output on an ABB DC drive. Advanced examples are also provided for reading and writing analog signals.
This document discusses the benefits of in-process particle size monitoring in cement production. It outlines how previous laboratory techniques were limited, but laser diffraction provides more information. Challenges include integrating the technology for real-time process control. The document introduces a new sampling probe that removes human error and moving parts. It dilutes the cement flow for compatible in-line analysis. Case studies show the technology maximizes throughput, consistency, and minimizes costs. Installation returns investment within weeks by enabling closed-loop process control.
Integrated Design Project is a new course offered for engineering student in IIUM. It is compulsory for all. As a first batch, we must be struggled with no previous references. Just shared
This poster focuses on three single-use technologies suited for use in antibody drug conjugate production and shows examples of performance data for the following:
• Mixers
• Chromatography
• Tangential Flow Filtration
To learn more about this topic or collaborate with our technical experts, schedule an in-person or remote visit at our M Lab™ Collaboration Centers: www.emdmillipore.com/mlab
The document discusses Merck's Mobius single-use product line for bioprocessing applications. It summarizes the performance of their single-use mixers, chromatography systems, and tangential flow filtration systems. The mixers provide customizable bags and vessels for gentle or high-performance mixing. The chromatography and TFF systems use pre-designed assemblies to simplify implementation and feature low minimum working volumes and high recovery yields. Common elements like recipe templates and sensor designs are used to enhance modularity.
This document provides an overview of how to install AutoCount Accounting software. It outlines the system requirements and covers both standalone and network installations. For standalone installation, it provides step-by-step instructions on running the setup wizard and completing the installation process. For network installation, it describes installing the database server, client programs, and running the client installation. It also provides guidance on starting the application for the first time and managing account books.
OSTU - CurrPorts QuickStart (by Tony Fortunato & Peter Ciuffreda)Denny K
Tony Fortunato is a Senior Network Specialist with experience in design, implementation, and troubleshooting of LAN/WAN/Wireless networks, desktops and servers since 1989. His background in financial networks includes design and implementation of trading floor networks. Tony has taught at local high schools, Colleges/Universities, Networld/Interop and many onsite private classroom settings to thousands of analysts.
www.envimart.vn - ĐT: 028 77727979 - sales@envimart.vn - Nền tảng cung cấp thiết bị, vật tư ngành nước và môi trường. Chuyên cung cấp vật tư cho dự án xử lý nước sạch, nước thải và môi trường. Envimart luôn đồng hành, tin cậy với đối tác nhà thầu, nhà tích hợp và người sử dụng.
2. 2
Versette Onboard Programming GUI Interface
• Applications: Academia, pharma and biotech including drug discovery
(including CROs), cell-based, genomics and proteomics. Ideal for life
science researchers in low- to high-throughput laboratories currently
performing hand-held pipetting tasks who want to move to automation
or researchers putting together integrated systems that require liquid
handling.
• Intuitive and easy to use
• Full color touch panel display
• Graphically based and inviting to look at
• Most options are preset and allow toggling between options
• Guides the user through program creation
• Testing capability through preview screen
3. 3
• Steps
• Serial Dilution Column-wise Across 96 Well Microplate
• Remove Excess Volume from Last Column of Microplate
• Dispose of Excess Volume from Last Column
IC50 Serial Dilution/ 8-Channel Pipetting Procedure
9. 9
IC50 Serial Dilution/ 8-Channel Pipetting Procedure
Step 8: Select Clip Tip Pick up Stage, Rack Location, and Waste
Location
Select Next
10. 10
IC50 Serial Dilution/ 8-Channel Pipetting Procedure
Step 9: Preview
Select Insert to add a step to the Head and Tip Configuration
11. 11
IC50 Serial Dilution/ 8-Channel Pipetting Procedure
Step 10: Choose Serial Dilute from the first of two selection menus to add a
Serial Dilute Procedure to the program
(Select More to access the second set)
12. 12
IC50 Serial Dilution/ 8-Channel Pipetting Procedure
Step 11: Select Stage used for Serial Dilution; Stage will Turn Blue once
a selection is made
Select Next
13. 13
IC50 Serial Dilution/ 8-Channel Pipetting Procedure
Step 11: Select Labware on Stage 3
Select Next
14. 14
IC50 Serial Dilution/ 8-Channel Pipetting Procedure
Step 12: The Serial Dilute Procedure has two menus of
parameters to configure. When adjusting these parameters,
differences will appear to the right of the pressed button or a sub-
menu will pop up (Start and EndRow/Colum, Volume, Well Map,
and Mix Between Volume all have pop-up menus that appear when
pressed).
Select Next
15. 15
IC50 Serial Dilution/ 8-Channel Pipetting Procedure
Step 13: These are pop-up menus that appear when Well Map and Mix
Between Volume is pressed.
Select Next
17. 17
IC50 Serial Dilution/8-Channel Pipetting Procedure
Step 15: Confirm and modify (if necessary) the program name
Select Next to Save
An informational dialog box appears while file is being written and then the
Preview menu will appear again
IC50
Please wait. Saving file IC50…
19. 19
IC50 Serial Dilution/8-Channel Pipetting Procedure
Step 17: Select Next Pipetting Step
(Aspirate to remove excess volume in the last column of the Serial
Dilution Plate)
20. 20
IC50 Serial Dilution/ 8-Channel Pipetting Procedure
Step 18: Select Aspirate Labware Position
Selected stage from last command will be highlighted in Blue
Since last stage is already highlighted, Select Next
21. 21
IC50 Serial Dilution/8-Channel Pipetting Procedure
Step 19: Confirm Labware on Stage 3. Labware is already highlighted.
Select Next
22. 22
IC50 Serial Dilution/ 8-Channel Pipetting Procedure
Step 20: Select Aspirate Parameters
Selections are similar to Serial Dilution Command Parameters
Select Advanced for two more menus of Additional Aspirate Parameters
28
23. 23
IC50 Serial Dilution/8-Channel Pipetting Procedure
Step 21: Select additional Aspirate Parameters if required
Select More for the third menu of Aspirate selections
24. 24
IC50 Serial Dilution/8-Channel Pipetting Procedure
Step 22: Third menu of Aspirate parameters. Select additional Aspirate
Parameters if required
Select Next
25. 25
IC50 Serial Dilution/8-Channel Pipetting Procedure
Step 23: Aspirate Command Preview
Select Save (keyboard will appear as shown previously to confirm file name).
Select Insert to add next Step
26. 26
IC50 Serial Dilution/8-Channel Pipetting Procedure
Step 24: Select Next Pipetting Step
(Dispense to dispense excess volume in last column of Serial Dilution Plate)
27. 27
IC50 Serial Dilution/8-Channel Pipetting Procedure
Step 25: The last stage chosen, Stage 3, will be highlighted when this screen
first appears. Select a new stage, Stage 4, to Dispense
Select Next
28. 28
IC50 Serial Dilution/8-Channel Pipetting Procedure
Step 26: Confirm Labware on Stage 4. Last selected Labware is
already highlighted.
Select Next
29. 29
IC50 Serial Dilution/8-Channel Pipetting Procedure
Step 27: Select Dispense Parameters
Selections are similar to Aspirate Command Parameters
Select Advanced for two more menus of Additional Dispense
Parameters
30. 30
IC50 Serial Dilution/ 8-Channel Pipetting Procedure
Step 28: Select additional Dispense Parameters if required
Select More for the third menu of Dispense selections
31. 31
IC50 Serial Dilution/ 8-Channel Pipetting Procedure
Step 29: Third menu of Dispense parameters. Select additional Dispense
Parameters if required
Select Next
32. 32
IC50 Serial Dilution/ 8-Channel Pipetting Procedure
Step 30: Preview
Select Execute Program to Run Procedure